π Completed: April 21-23
Over two days, students explored the major terrestrial and aquatic biomes found on Earth. Through notes, visuals, and creative assignments, they learned how climate, geography, and location shape the plants, animals, and ecosystems that call each biome home.
Students completed guided notes and illustrated examples of organisms for each of the following biomes:
Desert β Hot or cold, low rainfall, plants like cacti and animals adapted for dry conditions
Chaparral β Coastal, dry summers, fire-adapted plants like scrub oak and sage
Savanna β Tropical grasslands with seasonal rains, home to herds of grazers and big predators
Prairie β Nutrient-rich soil, mostly grasses, supports grazing animals and birds of prey
Tundras (Arctic, Antarctic, Alpine) β Cold, windy, little vegetation, animals with thick fur or special adaptations
Coniferous Forest (Taiga) β Evergreen trees, long winters, supports moose, wolves, and hardy plant life
Temperate Deciduous Forest β Four seasons, rich soil, supports deer, foxes, insects, and broadleaf trees
Tropical Rainforest β Hot and rainy, layered vegetation, most biodiverse ecosystem on land
Students illustrated each biome by drawing one plant and two animals, focusing on adaptations to climate and geography.
Students also took notes and created visual models for the following aquatic biomes:
πΉ Freshwater Biomes
Rivers & Streams β Constantly moving water, species adapted to current, like otters and fish with strong fins
Lakes & Ponds β Still or slow-moving freshwater, home to fish, amphibians, and floating plants
Wetlands β Saturated land, rich in biodiversity, critical for water filtration and flood prevention
πΉ Marine Biomes
Estuaries β Where rivers meet oceans; brackish water; important for bird nesting and nursery habitats
Intertidal Zones (Beaches) β Changing tides shape this ecosystem; home to burrowing organisms and dune plants
Coral Reefs β Warm, shallow oceans filled with colorful fish, coral polyps, and symbiotic algae
Open Ocean β Vast, deep saltwater divided into light zones (euphotic, twilight, and aphotic); home to whales, sharks, anglerfish, and plankton
Throughout the activities, students were asked to reflect on:
Why preserving biomes is important
What happens when species are moved to the wrong biome
How human activity (like pollution or deforestation) impacts biodiversity
How to reduce individual impact on fragile ecosystems
Fantastic work exploring the diversity of life across Earthβs ecosystems! ππ§¬π§οΈπ
Terrestrial Biomes Part 1
Terrrestrial Biomes Part 2
Aquatic Biomes Notes